Post Quantum provides production‑ready, quantum‑safe cryptographic solutions that protect critical infrastructure from both current threats and future quantum attacks.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations that rely on traditional public‑key cryptography risk having their encrypted data decrypted once quantum computers capable of breaking current algorithms become available. The transition to quantum‑safe cryptography is complex, time‑consuming, and must be completed before the anticipated emergence of such quantum threats.
Solution
Post Quantum delivers production‑ready, quantum‑safe cryptographic solutions that enable critical infrastructure to protect data against both present and future quantum attacks. The core offering includes Classic McEliece encryption, a NIST‑recognized algorithm with a 47‑year security track record, and a hybrid quantum‑safe VPN implementation that conforms to the IETF‑ratified RFC 9370 standard. These technologies are packaged in a modular, crypto‑agile platform that can be updated as standards evolve, ensuring long‑term interoperability. Deployments are already in use within NATO environments and active conflict zones, demonstrating real‑world readiness beyond laboratory prototypes. By integrating these solutions, organizations can meet imminent security transition deadlines and mitigate the risk of data interception and future decryption.
Target Audience
Primary customers are government agencies, defense and intelligence organizations, financial institutions, and critical infrastructure operators that require immediate, standards‑compliant protection against quantum threats.
Features
- Classic McEliece encryption, a NIST Round 4 finalist with a proven 47‑year security history
- Hybrid quantum‑safe VPN based on the IETF‑standard RFC 9370 for seamless interoperability
- Modular, crypto‑agile architecture allowing rapid updates as post‑quantum standards mature
- Production‑grade deployments protecting NATO communications and drone operations in conflict zones
- Compatibility with existing network infrastructure, enabling straightforward integration without extensive redesign